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REACT™ – Portable Naval Operations Mission Planning Workstation
Tactical decision aid for littoral operations
Laptop-based naval operations mission planning workstation for rapid assessment of own-ship vulnerability, route/mission planning, and real-time course-of-action analysis for a full spectrum of non-acoustic anti-submarine warfare (NAASW) threats
Detects small low-observable surface craft in the littorals for homeland security – drug traffic, illegal immigration, terrorists in small boats, and so on
Resides within and interfaces directly with FalconView, a multimedia mapping package that displays various types of maps and geographically referenced overlays
Graphical interface with drilldown capability for sensor and signature-specific vulnerabilities
Quickly conveys sensitivity to variations in the environment and own-ship operations
Covers a wide variety of non-acoustic sensors, environments, and operating conditions (surface search radars, SAR, IR, optics, lidar, magnetics, radiometers, and so on)
Utilizes national and tactical intelligence assets to produce validated target models that account for weather, atmospheric effects, and sensor characteristics

Applications
Port and shoreline security
Radar and low-observable craft design
Route and mission planning
Coastal surveillance radar performance
Tactical decision aid – detects vulnerability

Benefits
Improves tactical decision-making process
Optimizes sensor deployment for target detection
Enhances situation awareness of the maritime environment
Simulates outcomes by using a range of optimistic and pessimistic forecast values to show the tactical advantages of each set of conditions
Offers mission commanders the ability to display and share an extensive database of relevant knowledge on a laptop computer


Features
Physics-based modeling of maritime targets and sea clutter
Coverage predictions at different fidelities
Shows line-of-sight blockage by terrain
Accounts for multiple vantage points when calculating shadowed regions
High fidelity radar propagation calculation performed over user-selected region
Accounts for diffraction effects caused by terrain
Modular design tailorable to model vulnerabilities of different types of targets
Easy-to-use interface with drilldown capability for sensor and signature-specific vulnerabilities
Calculates detection coverage
Mission rehearsal and reconstruction (scenario development)
Tactical visualizations (threat and own-ship vulnerability and tracking)